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Originally Posted by PhantomWolf
Aluminum even in solid form turns to Aluminum Oxide instantly when exposed to air
I guess that means that when I did an experiment in my second year at high school where we removed the oxide layer from a strip of aluminium by Anodised it for dying I must have been dreaming.... oh hang on here's the experiment. The anodising in acid removed the oxide layer so the dye can be added to the metals surface and a new oxide layer created over it. If this was instantaneous, how could you get the dye under it, as soon as you removed the metal from the acid, it'd oxidise again.
By the way, the metal shown in the pictures I refered to are doing more than glowing on the outer suface, it's especially obvious in the flowing ones that the metal is glowing because otherwise it would have streaks of silver where the oxide wasn't yet.
Do you think it is a coincidence that the page at 9/11 truth comes out the same week that I email Dr. Greening pictures of red Aluminum Oxide in air?
When did you mail him?
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NO the oxide glows red the aluminum white, as it burns in air. the two produce yellow or orange, The oxide instantly formed on the strip of Aluminum, when it was taken from the acid.
However the crystals were not fully formed the acid only broke the bonds between the crystals, the dye flows in and is locked into the Crystal lattice, changing the color of the aluminum.
It says so in the experiment.
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You are now ready to color the aluminum strip. Try one color first, because you can be more artistic with another strip later. To color the strip, you just put into the dye of your choice. Leave the strip in the dye for 10 minutes, but move it about a bit every minute. After 10 minutes, remove your aluminum strip from the dye solution. Put it on a watch glass. Wash it under a running tap to get rid of excess dye. To seal your aluminum strip, put it in a beaker of boiled water from the kettle for 10 minutes. The dye is now permanently sealed into the aluminum oxide layer.
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You are not coloring the aluminum just the Oxide layer.
If you expose aluminum to air it burns, white hot every time it only glows reddish or yellow because of the Oxide Coating.
I Emailed Dr. Greening the pictures last Tuesday, I also Emailed the Scholars and Dr. Jones also.
I informed Mr. Mark Ferran about a month ago.
Also aluminum can not burn in air unless the temperature of the aluminum is higher than the temperature of the melting point of the Oxide or it has a transportation mechanism for the transportation of Oxygen inside the oxide coating.
I have found that a mixture of steel and aluminum work well as a transportation medium, but that Iron and Aluminum do not work as well, but will also do it to a limited extent.
The Aluminum is actually getting Oxygen from the same way we do, the rusting of Iron into Iron Oxide.
It happens in your lungs every day.
I believe the metal coming out of the towers is a mixture, of Aluminum, Aluminum Oxide, Iron oxide, steel, and carbon. I have gotten similar results to the actions of the metal, in the pictures with only those elements.
I think the sand blasting effect of the fuel air blast and the effects of the fires created it.